Assuming that the ground was level and the tree was vertical before it was hit by lightning, the top section of the tree formed the hypotenuse (H) of a right triangle having a base of 60 feet and a side of 30 feet.
H2 = 302 ft + 602 ft = 900 ft + 3600 ft = 4500 ft
H = sq rt 4500 ft = 67 ft (approx.)
The tree was originally about 97 feet tall.
Heat lightning does not touch the ground during a storm. It is a type of lightning that occurs high in the sky and is often seen in the distance, appearing as a flickering glow without thunder.
Static discharge is causes the spark that is seen when electricity in a thunderhead discharges. The most common name for this type of spark or discharge is lightening.
Tall structures are more likely to be struck by lightning because they are closer to the clouds where the lightning originates, and tall structures must have a suitable foundation that goes deep into the ground. Lightning needs a 'path to ground' to occur (although lightning will jump from cloud-to-cloud under certain conditions).
Yes, lightning typically travels from the ground up.
Lightning typically starts from the clouds and travels towards the ground.
No, lightning does not come up from the ground during a thunderstorm. Lightning typically originates from the clouds and strikes downward towards the ground.
Lightning typically strikes from the sky down to the ground.
Lightning can appear to strike from the ground up due to a phenomenon called a "positive lightning strike." This occurs when a positive charge builds up on the ground, attracting the negatively charged lightning bolt. The bolt then appears to travel upward from the ground to the cloud.
because (fork lightning in particular) lightning starts on the ground!
No, lightning does not always strike the ground. Lightning can also strike other objects such as trees, buildings, or even other clouds.
I hope this is helpful... ... the most dangerous type of lightning is cloud to ground lightning. see was that so bad
When lightning strikes a lightning rod, the rod provides a path of least resistance for the electricity to travel safely to the ground. The lightning is then conducted harmlessly into the earth, minimizing the risk of damage to nearby structures.